APL (named after the book A Programming Language)[2] is a programming language developed in the 1960s by Kenneth E. Iverson. Its central datatype is the multidimensional array. It uses a large range of special graphic symbols[3] to represent most functions and operators, leading to very concise code. It has been an important influence on the development of concept modeling, spreadsheets, functional programming,[4] and computer math packages.[5] It has also inspired several other programming languages. (wikipedia)

References in zbMATH (referenced in 72 articles , 3 standard articles )

Showing results 41 to 60 of 72.
Sorted by year (citations)
  1. Sniedovich, M.: An analysis of a machine executable generalized (\Sigma)-notation (1990)
  2. Sniedovich, Moshe: The APL phenomenon: An operational research perspective (1989)
  3. Chen, Marina; Choo, Young-Il; Li, Jingke: Compiling parallel programs by optimizing performance (1988) ioport
  4. Shoesmith, Eddie: Huygens’ solution to the gambler’s ruin problem (1987)
  5. Stiers, D.; Goovaerts, M. J.; De Kerf, J.: APL: the language and its actuarial applications (1987)
  6. Falkoff, A. D.; Iverson, K. E.: The design of APL. Der Aufbau von APL. (1985) MathEduc
  7. Mardia, K. V.; Kanazawa, M.: The null distribution of multivariate kurtosis (1983)
  8. Elgot, Calvin C.; Perlis, Alan J.; Snyder, Lawrence: A syntax-free semantics for the APL operators (1982)
  9. Lou Soffa, Mary: Control discipline necessity: Making the language as general as the implementation (1982)
  10. Sniedovich, Moshe; Smart, J. Samuel: Dynamic programming: An interactive approach (1982)
  11. Wenstop, Fred: Quantitative analysis with linguistic values (1980)
  12. Cundiff, W. E.: Simulating system dynamics in APL (1979)
  13. Iverson, Kenneth E.: Operators (1979)
  14. Biermann, Alan W.: Automatic insertion of indexing instructions in program synthesis (1978)
  15. Merrett, T. H.: QT logic: Simpler and more expressive than predicate calculus (1978)
  16. Plackett, R. L.; Paul, S. R.: Dirichlet models for square contingency tables (1978)
  17. Merrett, T. H.: Relations as programming language elements (1977)
  18. Perrot, Jean-François: Utilisation d’APL pour calculer des monoides finis (1977)
  19. Sclove, Stanley L.: Population mixture models and clustering algorithms (1977)
  20. Wenstop, F.: Fuzzy set simulation models in a systems dynamics perspective (1977)